I’m a huge nScrypt fan and love the firm’s technologies. The way they’ve defined their “line in a tool” approach to additive is really inspiring to me. With nScrypt machines, you can print electronics, polymers, micro dispense, mill and aerosol jet, all in one machine. The company is the only one that is working on combining bioprinting and electronics and is far ahead of anyone else in electronics 3D printing, as well. At the same time it leads in high-tech, rugged printers that can be used in austere environments and has worked on printers for use on board the International Space Station. I love the capabilities of nScrypt’s machines and think that they are criminally unknown.
Talking with the CEO of nScrypt, Ken Church, was a blast. We discussed bioprinting from a realistic standpoint, as well as electronics 3D printing and the future of our industry. Ken’s a straight shooter and is as knowledgeable as he is opinionated, so you’ll learn a lot from him, I’m sure. We also surprisingly talked a while about the Defense Advanced Research Projects Agency (DARPA), with nScrypt having been partially funded by them. Unsurprisingly, Max and I had a little to say about that, as well. This would be a great episode to give a listen to, especially if you’re thinking of applying for DARPA funding or have something that could help them. But, if you just want to be completely jazzed out about our technology and the possibilities, well then you should listen, too.
Podcast (podcast-audio): Play in new window | Download
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
Print Services
Upload your 3D Models and get them printed quickly and efficiently.
You May Also Like
“A More Complete End-to-End Solution”: Stratasys Launches Post-Processing Partnership Program
I think it’s safe to say that post-processing is no longer considered the “dirty little secret” of 3D printing that it once was, with users realizing that finishing is just...
Why SiC-Dedicated Additive Manufacturing Is Gaining Industrial Relevance
Silicon carbide is not a material problem—it’s a manufacturing one. Silicon carbide (SiC) has become a critical material across semiconductors, aerospace, energy, and defense. Its exceptional thermal stability, chemical resistance,...
Championing a Made-in-America Future for Additive Manufacturing
As the additive manufacturing industry continues its rapid global evolution, one theme has risen to the top of strategic conversations: the importance of strengthening domestic production to support national competitiveness...
Friendshoring and Additive Manufacturing: Turning Australia’s Research Strength into Commercial Impact
Global supply chains are being re-written. After decades of globalisation driven primarily by cost efficiency, geopolitical tensions, trade disputes and pandemic-era disruptions have exposed the risks of concentrating manufacturing and...
























